Treelines advance due to climate warming. The impacts of this vegetation shift on plant–soil
nutrient cycling are still uncertain, yet highly relevant as nutrient availability stimulates tree …

Long-term additions of lime and/or phosphate fertilizer caused an indirect and/or direct
increase in the availability of P in mixed mesophytic deciduous forest soil on the unglaciated …

Aims The soil microbial community plays a critical role in increasing phosphorus (P)
availability in low‐P, weathered soils by “mining” recalcitrant organic P through the …

Plant nutrient acquisition strategies involving ectomycorrhizal (EcM) and arbuscular
mycorrhizal (AM) associations, are key plant functional traits leading to distinct carbon (C) …

Nutrient limitation is a key source of uncertainty in predicting terrestrial carbon (C) uptake.
Models have begun to include nitrogen (N) dynamics; however, phosphorus (P), which can …

Nitrogen (N) and phosphorus (P) inputs induced by anthropogenic activities and
atmospheric N and P deposition have largely increased the availability of soil N and P in …

Aim Plants and their associated microbes influence nutrient cycling in terrestrial ecosystems,
yet we have a limited understanding of how soil acidity mediates the process. Here, we …

The role of phosphorus (P) mediating nitrogen (N) transformation processes is poorly
understood which raises an important question: Does P, like soil pH, have a strong control in …

Arbuscular mycorrhizal fungi (AMF) and ectomycorrhizal fungi (EMF) produce contrasting
plant–soil feedbacks, but how these feedbacks are constrained by lithology is poorly …

Examining whether nitrogen (N) enrichment promotes secondary tree growth in both young
(YF) and old-growth forests (OF) is crucial. This will help determine how N addition …